Perhaps when we’re 140 we’ll all be wearing something like this…
If we get it right, and I think I know how to do this, that will not be the issue. In fact having exoskeletons for walking will (is) bad for health.
Artificial intelligence algorithms are being built into almost all aspects of health care. They’re integrated into breast cancer screenings, clinical note-taking, health insurance management and even phone and computer apps to create virtual nurses and transcribe doctor-patient conversations. Companies say that these tools will make medicine more efficient and reduce the burden on doctors and other health care workers. But some experts question whether the tools work as well as companies claim they do.
AI tools such as large language models, or LLMs, which are trained on vast troves of text data to generate humanlike text, are only as good as their training and testing. But the publicly available assessments of LLM capabilities in the medical domain are based on evaluations that use medical student exams, such as the MCAT. In fact, a review of studies evaluating health care AI models, specifically LLMs, found that only 5 percent used real patient data. Moreover, most studies evaluated LLMs by asking questions about medical knowledge. Very few assessed LLMs’ abilities to write prescriptions, summarize conversations or have conversations with patients — tasks LLMs would do in the real world.
Wonder if one could run of these in reverse for constant, extra excessive (until too tired and then term off or reverse to support)
Does your approach solve all issues in the extra cellular matrix that accumulate and compound as time goes on?
The ECM can be maintained. I cannot claim to solve all the problems. I think you should see my approach as being the foundations of a solution. I am still looking for a small number of people willing to do biohacking experimentation under my coaching (at no cost) at their risk. There are testing costs, however.
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It was mid-February, and I’d turned up at an address in the Inner Richmond. Jonathan Xu, all of twenty-four years old, opened the door and greeted me with a smile. A few moments later, we were both in the basement where a children’s music teacher named Mathew had an EEG (Electroencephalogram) device strapped to his head so that Xu could try and read his mind.
Thanks to Neuralink, a host of other start-ups and headline writers trying to seduce SEO bots, you’ve likely read a lot about mind-reading technology over the past few years. We’re in the midst of a bull market when it comes to brain-computer interface (BCI) systems and attempts to place electrodes very close to neurons so that we can read out the electrical patterns they produce when people think. To that extent, Xu and his company Alljoined are nothing new.
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